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Clinical scientists in histocompatibility and immunogenetics
Clinical scientists in histocompatibility and immunogenetics
This page describes the work of clinical scientists in
histocompatability and immunogenetics, including information on entry
requirements and training programmes.
Working as a clinical scientist in histocompatability and immunogenetics
The word histocompatability comes from the
Greek word histo (meaning tissue), and is used to describe the
genetic systems that determine whether an individual will accept
or reject transplanted organs or tissue. In humans these genes
are found within a region on chromosome six called the
Major
Histocompatability Complex (MHC). The term immunogenetics
defines a sub-speciality of immunology which involves the study
of genes within the MHC are involved in determining an immune
response. Many genes found within the MHC are involved in
determining an immune response, and therefore have an important
role in many disease processes.
Clinical scientists within this area of work are mostly involved
in the genetic matching of prospective solid organ and
haemopoietic stem cell (includes bone marrow) donors with
patients. This is generally known as HLA typing or tissue-typing.
Several tests are required to ensure optimum matching between
donors and patients, and the clinical scientists are responsible
for advising clinicians as to which donor is the best match.
Clinical scientists in histocompatability & immunogenetics
(H&I) may also be involved in the investigation of blood
transfusion related reactions and in performing tests to
determine whether a patient has a genetic predisposition for a
particular disease known to be associated with genes found within
the MHC such as rheumatoid arthritis, ankylosing spondylitis,
diabetes and haemochromatosis.
As highly variable histocompatability genes reflect genetic
differences between human populations, clinical scientists may
also be involved in anthropology studies.
Entry requirements:
Employers of H&I clinical scientists in the United Kingdom
include NHS hospital trusts (generally within transportation or
immunology departments), The National Blood Authority and also
the private sector (e.g. the Anthony Nolan Trust). Other
scientists in this field may also be employed in research
positions within university departments.
Career entry begins at graduate level as a trainee clinical scientist. The requirements include a second class (or above)
degree in the biomedical sciences (e.g. biochemistry, genetics,
immunology and related subjects. For information about how to apply for positions as a trainee clinical scientist,
click here.
Training programmes:
Training is provided throughout career development and begins
with a three year training programme, under the auspices of the
British Society of Histocompatability and Immunogenetics, called
the
BSHI Certificate. This training includes the
completion of a logbook covering all areas of H&I, completion
of three written essays and a research project or dissertation.
The training programme is externally assessed and it is sometimes
possible to combine this training with a related MSc degree.
Throughout this training the trainee clinical scientist will
learn how to undertake many different laboratory procedures
including serological assays, molecular biology (DNA based)
methods and cellular techniques. The trainee clinical scientist
will also learn how the H&I laboratory assists in the optimum
selection of donors for transplants and helps in the management
of the transplant recipient.
Throughout training the clinical scientist is expected to
undertake extensive private study and attend training seminars,
and may spend time in another laboratory to acquire particular
skills. The award of the BSHI Certificate is recognition that
essential laboratory competencies have been achieved at an
acceptable level.
Following the basic training as described above, the clinical scientist
will participate in an approved continuing professional development
scheme such as that co-ordinated by BSHI. This involves documentation
of all learning achievements. Post-basic training positions for
clinical scientists can be applied for these are usually five year,
fixed term appointments. During this higher training period, the
clinical scientist will consolidate their basic training by applying
the competencies gained to routine work including out of hours duties.
There are three achievable targets during this stage of training, which are:
-
Registration as a clinical scientist - Registration is recognition that an individual can practice
patient support skills in an unsupervised capacity and is a
requirement for appointment to career grade posts
-
Higher degree research e.g. MSc/PhD - Training towards a higher degree by research is supervised by an
appropriately qualified university appointee.
-
Part
1 examination in H&I set by the Royal College of Pathologists -
Training to sit this examination is usually undertaken in a College
approved training laboratory and involves the consolidation of all the
basic training competencies. The candidate should have a broad
understanding of both theoretical and practical aspects of the field
and have an up-to-date knowledge of all the latest developments. The
part 1 examination consists of two written papers, each three hours in
length, and from each four questions from a total of five must be
answered. If a pass is achieved in the written exam, the candidate will
be invited to proceed to the practical and oral examinations (normally
taken around six weeks after the written exams). The practical exam
involves the performance of tests relating to HLA matching, the
candidate will also be examined on general laboratory technique,
adherence to safety procedures, and their ability to interpret and
report results. Following the practical exam a short oral examination
will take place to discuss any unclear issues from both the written and
practical examinations.
Applying for clinical science training
For information on how to apply for clinical scientist training, and financial support available while training, please click
here.
Further training:
Part 2 examination in H&I set by the
Royal College of Pathologists - This examination is usually attempted
one or two years following the Part 1 exam and most candidates will
have achieved a PhD degree by research. The Part 2 exam involves a viva
voca with two examiners and the PhD thesis will be reviewed. The
candidate may be asked to give a short presentation and questions will
be asked regarding post-basic training including the experience of
giving advice on the relevance of clinical test, management, training,
R&D, etc.
The title of
Member of the Royal College of Pathologists
is awarded to candidates successful in both the Part 1 and 2
examinations.
Career prospects:
Clinical scientists can develop their careers
through a range of openings including research, management and
education. They are encouraged to continually expand their knowledge as
advances are made.
With training, responsibility and experience, clinical scientists can
reach the highest level in the profession, attaining consultant status,
where they are likely to be in charge of a large department or making a
significant contribution to their area of expertise.
As well as moving to more senior specialised roles within their area,
clinical scientists also have the chance to take on additional
responsibilities and progress within the organisation as part of the
NHS Career Framework.
You can find out more about the Career Framework on the Skills for Health website at
http://www.skillsforhealth.org.uk/careerframework/
Registration
In order to practice in the UK as a clinical scientist, you must be registered with the Health Professions Council. Click
here for details.
Further information:
For
further information about a career as a clinical scientist working in
histocompatability and immunogenetics, contact the British Society for
Histocompatability and Immunogenetics (BSHI) - click
here for details
Click on the links on the right for additional
information..
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